Solar power has been around for decades now, but it’s only recently become affordable enough to consider installing solar panels on your home.
In this guide, we’ll cover everything you need to know about important things like on-grid vs off-grid options, battery storage requirements, inverter technology, and more!
Let’s get started.
On Grid Solar System VS Off-Grid Living
On-grid systems are those that use electricity generated by solar panels. They are also known as grid-tied systems. These systems are connected to the power grid and are powered by electricity generated by solar panels installed on the roof of the home.
Off-grid living is a lifestyle where people live without access to the power utility grid. It is possible to live off-grid using renewable energy sources such as wind, water, wood, and solar energy.
This article will discuss the pros and cons of both types of systems. We will explain why some homeowners opt for an on grid solar system while others prefer an off-grid solar system. In addition, we will give tips on how to determine which type of system is most suitable for you.
Pros & Cons Of On-Grid And Off-Grid Solar Systems
There are pros and cons to both types of solar systems. On-grid solar systems are generally easier to install and maintain. However, they require a connection to the electrical grid. Off-grid solar systems are much harder to install and maintain. But you can save money by generating your own electricity with these systems. Your energy bills will depend on whether you choose a grid-tied system or an off-grid solar system.
An on grid solar system provides all the benefits associated with traditional electric service but at a higher cost than an off-grid system can provide. An on-grid system requires more maintenance and upkeep than an off-grid alternative. This means that there is less time spent maintaining the equipment used to generate electricity. The main drawback of this type of system is that it relies heavily on fossil fuels. Fossil fuel generation plants produce harmful emissions into the air. When compared to an off-grid system, an on-grid system produces significantly more carbon dioxide pollution.
In contrast, an off-grid system uses renewable resources to create electricity. As a result, no CO2 emission occurs during its operation. Another advantage of an off-grid system is that it allows owners to be independent of the power company. Since the owner controls his/her own source of electricity, he/she can decide how much electricity to consume each day.
Another major difference between the two systems is the amount of money required to operate them. While an on-grid system costs approximately 30 cents per kWh, and off-grid unit costs around 10 cents per kWh. However, if you want to save even more money, you should look into purchasing a battery storage system. Batteries store excess electricity produced by solar panels in order to reduce peak demand charges. If you purchase a battery storage system, you could potentially cut down on your monthly utility bill by up to 50%.
Why is on-grid system better than off-grid solar system?
A grid-tied system is better than an off-grid system because they are connected to the power utility grid. The electricity generated by a grid-tied solar system is fed into the utility power grid where it is distributed to other homes and businesses. In case of excess electricity, this excess power will flow back to the main electrical lines that connect with your property. This allows homeowners to sell some of their extra electricity back to the power company. It also gives them access to cheaper rates from utilities as well as lower monthly bills.
An off-grid solar system is completely independent of the power utility grid. They generate their own electricity using a solar panel. These panels are usually mounted on the roof of the home or business.
Installing Solar Panels For Your Home
If you’re looking to install a solar panel in your house, then you need to know about the advantages and disadvantages of these systems before making any decisions regarding installation. There are many different kinds of solar panels available today, ranging from small residential units to larger commercial models. Each model has its strengths and weaknesses. You may find that certain features work better for your specific needs than other options. Here are some of the things to think about:
Smaller solar panels tend to be cheaper than bigger ones. Larger panels usually offer greater efficiency ratings.
A smaller system might be easier to finance since it doesn’t carry as high a price tag. But remember that size matters too! Bigger panels generally mean fewer panels. So, if you’re planning on installing multiple panels, make sure that you get enough space to accommodate them.
Most manufacturers recommend regular cleaning of the surface area covered by the solar cells. Cleaning helps prevent dirt buildup and reduces the risk of corrosion. It also makes the panel last longer.
Efficiency rating refers to the percentage of energy generated by the solar cell relative to the total energy input. Higher numbers indicate higher efficiencies.
Energy output measures the maximum capacity of the solar cell. In general, the lower the number, the more efficient the solar cell will be.
Flexible solar panels allow homeowners to use their home’s roof space efficiently. They don’t require large areas or special construction techniques.
Safety concerns arise when people attempt to connect wires directly to the sun. These connections often cause fires. To avoid such problems, most companies now sell “wireless” versions of their products. Wireless solar panels eliminate the possibility of fire damage while still providing reliable electrical current.
Some factors have nothing to do with the actual product itself. Instead, they relate to the environment surrounding the installation process. Factors like weather conditions and local regulations can affect whether or not you’ll actually benefit from using solar panels.
With so many variables involved, choosing which kind of solar panel to buy isn’t always easy. If you’ve been thinking about installing solar panels, we hope our guide has helped clear up any confusion in some ways.
What About Battery Storage?
While we focused primarily on solar power generation above, battery storage is often included when talking about alternative energy sources. After all, batteries store energy so it can later be released during peak demand periods.
However, not every home needs battery storage. Some people choose to generate their own power by installing a rooftop solar panel instead. Others opt to purchase a grid-tied system where excess energy goes straight to the local utility company. Still, others rely solely on wind turbines and generators to meet their power requirements.
Regardless of what kind of setup you decide to pursue, you’ll want to consider whether or not a battery bank is right for your situation. Here are three important questions to ask yourself before making a decision.
1) How Much Power Do I Need?
The first question you should answer is how much power do you need at any given time? If you’re looking to run an electric car charger, then you probably don’t need more than 100 watts. However, if you plan on running a whole house load center, you may need upwards of 1 kilowatt.
2) What Is My Usage Profile Like?
Next, think about your usage profile. Will you use your generator mostly in the evening hours after sunset? Or maybe you only turn it on once per week while everyone else sleeps. Knowing these details ahead of time helps determine how big of a battery bank you need. For example, if you know you won’t be using your generator until late at night, you might not even need a battery backup.
3) Am I Going Solar Right Now?
Finally, you need to take a good hard look at your current state of affairs. If you’ve got a roof full of solar panels already installed, chances are you aren’t going anywhere anytime soon. That means you likely don’t need additional battery capacity either. But if you haven’t yet made the switch over to renewable energy, now’s the perfect time to start planning. You never know when those panels could suddenly become obsolete!
When Should I Install Batteries?
If you live somewhere with long winters, you’ll definitely want to install batteries sooner rather than later. This way, they will be ready come springtime. On the other hand, if you live in Florida, you’ll probably wait until summertime to get started. The reason being: during the winter months, there simply isn’t enough sunlight available to charge up batteries quickly. So unless you happen to have access to a sunny spot outside, you’ll need to keep them plugged into AC outlets until warmer weather arrives.
Batteries come in two different varieties: lead-acid and lithium-ion. Lead-acid batteries store chemical reactions between water and sulfuric acid. Lithium-ion batteries contain chemicals called cathodes and electrolytes. Both kinds of batteries work well for storing energy.
Lead Acid vs Li-Ion – Which One’s Better?
Both lead-acid and lithium-ion batteries offer similar benefits. Each offers high voltage output and low internal resistance. When choosing which one to go with, there are several factors to keep in mind. First, make sure you get a quality product. Second, check out the warranty period. Third, compare prices online. Finally, always read reviews and recommendations carefully.
Why Micro Inverter Is Better Than A Standard Solar Inverter?
Standard inverters work fine for many homes, but they come with several drawbacks. First off, they only provide DC voltage. As mentioned earlier, AC voltage is required for appliances like air conditioners, refrigerators, dishwashers, clothes washer/dryer combos, and others. To solve this problem, microinverters were invented. These devices convert DC electricity directly into AC without having to go through another stage of conversion. This makes them much better suited for residential applications.
Another drawback of standard inverter technology is its size. Most require bulky transformers and other components which add extra weight to the overall unit. On top of that, most also have large heat sinks attached to keep things cool. The result is something that looks very similar to a small refrigerator.
Microinverters look nothing like normal household electronics because they lack the transformer and cooling fan found inside standard units. Instead, they contain circuitry designed specifically for converting DC electricity into usable AC voltages. Because they weigh less and occupy smaller spaces, microinverters are easier to transport around and install.
The best thing about solar energy is that it doesn’t cost anything to use. It just takes sunshine and clean air to generate free electricity. However, before installing any type of system, it’s important to do some research first. Make sure you understand how each option works so you can choose wisely. Also, consider what kind of lifestyle you’re looking for as well as where you plan on placing all these systems. Lastly, remember to factor in maintenance costs. After all, no matter how efficient or green an installation may seem, it still needs regular upkeep.
If you’d rather have some extra battery capacity, however, you’ll need to make sure you get one that matches up well with your existing electrical infrastructure. In addition, you’ll also need to ensure that the unit itself isn’t too large. The last thing you want is to end up having to move it from room to room as you add new appliances throughout the year.
If you’re ready to go green, contact us and we can help you figure out which type of installation makes sense for your particular circumstances. We offer free estimates and consultations so you can feel confident knowing exactly what you’re getting into.